SpaceX Returns Flown Starship Ship 40 to Starbase for First-Ever Post-Flight Inspection

For anyone who has ever watched a rocket launch and wondered what happens to the hardware afterwards, SpaceX has just provided a remarkable answer. Ship 40, the upper-stage spacecraft that flew on Starship Flight 13 back in July, has made it home — not under its own power, but by sea, after a journey of roughly 75 days from the waters near Christmas Island in the Australian territory of the Indian Ocean all the way to the Port of Brownsville, Texas. It is now standing vertically inside SpaceX’s Megabay at Starbase, alongside three other Starships, waiting to tell engineers everything it experienced.

This is, according to SpaceX, the first time a Starship upper stage has survived a full spaceflight and been returned to the launch-site area for inspection. That might sound like a small step. But in the world of reusable rocket development, it’s actually a big deal.

What Ship 40 Actually Did

Ship 40 launched atop Booster 20 on 24 July 2026 from Starbase in Texas as part of Starship Flight 13. The mission was an orbital-class test flight — meaning the spacecraft reached the edge of space and travelled at speeds that put enormous heat and stress on its structure.

During the flight, Ship 40 reportedly deployed a batch of Starlink V3 satellites and demonstrated a Raptor engine relight while in space. That last part matters: firing a rocket engine in the vacuum of space and then shutting it down and restarting it is technically demanding, and doing it successfully on a test flight adds to the engineering picture SpaceX is building.

After completing its mission, Ship 40 re-entered Earth’s atmosphere — the most brutal part of any return journey — and splashed down in the Indian Ocean. A recovery team located the spacecraft near Christmas Island and carried out initial inspections before the long voyage back to Texas began.

The Journey Home

Seventy-five days at sea is a long time. Ship 40 arrived at the Port of Brownsville on 7 October 2026, having been transported by ship across thousands of miles of open ocean. SpaceX then moved the vehicle to the Megabay at Starbase and raised it to a vertical position.

It’s worth being clear about what this recovery was and wasn’t. Ship 40 did not fly itself back to the launch site. There was no dramatic autonomous landing. The return was achieved through maritime logistics — a recovery crew, a ship, and a very long voyage. SpaceX has been working towards catching Starship upper stages with the launch tower’s mechanical arms, as it has done with Super Heavy boosters, but Ship 40’s return was not that.

What it was, though, is something SpaceX has never had before: a piece of flown Starship hardware, back in the workshop, available for a proper look.

What Engineers Hope to Learn

SpaceX said the recovered vehicle will provide first-of-its-kind data on a flown Starship heatshield, the six Raptor engines fitted to Ship 40, its avionics, and other systems. Reports noted that the heatshield showed visible re-entry wear, though the exact number of damaged or missing tiles has not been independently confirmed. The condition of all six Raptor engines also remains subject to SpaceX inspection.

Ground tests can simulate a lot. But they can’t fully replicate what a vehicle experiences when it punches back through the atmosphere at orbital speeds, gets dunked in the ocean, and then sits in saltwater for a recovery operation. The data from Ship 40’s actual hardware — the tiles, the engine internals, the wiring — could shape how SpaceX designs and maintains future Starships.

Whether Ship 40 will fly again is not confirmed. SpaceX has not said publicly whether the vehicle is a candidate for refurbishment and reuse, or whether it will serve primarily as an engineering reference.

The Bigger Picture for Starship

Starship is the largest and most powerful rocket ever built. It consists of two parts: the Super Heavy booster, which provides the initial thrust off the pad, and the Starship upper stage, which carries payloads into space. SpaceX’s long-term plan depends on making both parts rapidly reusable — launching, recovering, refuelling, and flying again with minimal turnaround time.

Recovering a flown upper stage and studying it in detail is a step along that road. The heatshield in particular has been a focus of development work, because it bears the brunt of re-entry heating and needs to survive multiple flights without replacement of every tile each time.

With four Starships now standing in the Megabay at Starbase, SpaceX appears to be building up a fleet of vehicles at various stages of preparation and inspection. The pace of Starship development has been rapid, with each flight adding to the engineering knowledge base.

What This Means for Kent Residents

There is no direct impact on Kent from Ship 40’s recovery and inspection in Texas. For residents here in Kent with an interest in space technology, satellite communications, or aerospace engineering, the story is a useful window into how reusable rocket programmes actually develop — incrementally, and often through unglamorous steps like a 75-day sea voyage. Starlink satellites, deployed by Starship missions like Flight 13, are already available as a broadband option for UK consumers, including those in rural parts of Kent where fixed-line connectivity can be patchy.